发现该传感器具有结构简单、灵敏度高、非线性误差小等特点，在位移等非电量测量方面具有较好的应用前景。
The sensor has properties of simple structure, high sensitivity and small non-linearity error, and it is of high application prospect in displacement and other parameters measurement.
利用力敏传感器测量物体的密度，改进了传统的实验方法和仪器，实现了非电量电测，提高了实验的准确度和稳定性。
Using force sensor to measure density of objects can improve the accuracy and stability of the experiment as the result of bettering the traditional experimental methods and instruments.
计算及实验均表明，用微波腔体微扰方法测量非电量具有高的分辨率。
The calculated and experimental results show that the measuring method of non-electrical parameters with the microwave cavity by perturbation has a high resolution.
利用硅压阻式力传感器测量液体的表面张力系数，改变了传统测量微小拉力的方法，实现了非电量的电测。
Measuring the liquid surface tension coefficient by piezoresistive force sensor can change the traditional measuring method and achieve nonelectric testing.
电感测微仪是建立在电磁感应基础上，利用线圈自感的改变来实现非电量电测的精密测量仪。
The experiments show that the measuring precision of the Inductance Sensor has been enhanced using the technique, and can be applied to precision and ultra precision measurement.
电感测微仪是建立在电磁感应基础上，利用线圈自感的改变来实现非电量电测的精密测量仪。
The experiments show that the measuring precision of the Inductance Sensor has been enhanced using the technique, and can be applied to precision and ultra precision measurement.
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